&CELL: SOLIDS: BOX
The location of the centre of gravity of the box.
[No default.]
Half the overall dimensions of the box.
[No default.]
A direction vector that specifies the orientation of the
box in space.
The normalisation of the vector is not used. Zero-norm
vectors are not acceptable.
[By default, the box is not rotated i.e. the half lengths
are assumed to have been measured along x, y and z.]
Specifies whether the box is made of conducting or from
dielectric material. To differentiate the solids in drawings,
one has the option to choose between various representations:
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Type Representation Notes
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CONDUCTOR CONDUCTORS-1 Equivalent to CONDUCTOR-1
CONDUCTOR-1 CONDUCTORS-1
CONDUCTOR-2 CONDUCTORS-2
CONDUCTOR-3 CONDUCTORS-3
DIELECTRICUM DIELECTRICA-1 Equivalent to DIELECTRICUM-1
DIELECTRICUM-1 DIELECTRICA-1
DIELECTRICUM-2 DIELECTRICA-2
DIELECTRICUM-3 DIELECTRICA-3
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[Default: CONDUCTOR]
A one character identification of the solid.
This label serves the same purpose as the wire code for wires,
namely the selection of the solid as a place where signals can
be measured, around which isochrones are drawn etc.
[Default: B]
Keyword index.
Formatted on 10/11/98.